Category: Engineering & Energy
-
Hydrogel ionic diode achieved high current rectification
This research indicates that a dual-network hydrogel ionic diode can achieve high current rectification through enhanced interfacial ion transport.
AI-assisted summary
-
Variable-stiffness anchors performed better at high and room temperatures
This research indicates that a three-segment bonded anchorage design with modified epoxy and quartz sand can improve anchorage performance across a wide temperature range, especially when stiffness distribution is optimized.
AI-assisted summary
-
GaAs/GeSn-MQW/Ge photodiode shows low dark current
This research indicates that a lattice-mismatched GaAs/GeSn-multi-quantum well/Ge n-i-p heterojunction photodiode can be built through semiconductor grafting with strong optical performance and low dark current.
AI-assisted summary
-
Autonomous robot competes with elite table tennis players
This research indicates that an autonomous robot system can compete with elite human table tennis players in real-world matches.
AI-assisted summary
-
Vibrations change lunar regolith flow in hopper discharge
This research indicates that vertical vibrations alter lunar regolith simulant flow by making discharge more regular and reducing clogging, even though the average flow rate is lower than in gravity-only flow.
AI-assisted summary
-
Review maps AIoT approaches for building energy optimization
This research indicates that artificial intelligence of things, edge computing, and related methods are being used to support building energy management, optimization, and autonomous digital twin development.
AI-assisted summary
-
Oscillatory measurements distinguish dense granular flow regimes
This research indicates that oscillatory rheometry can identify transitions in dense granular flow between quasistatic and dense inertial regimes.
AI-assisted summary
-
Analytical models predict stiffness and buckling of woven columns
This research indicates that purely analytical models can predict the buckling load, stiffness, and buckling modes of woven columns, with results that closely match experiments across weave design parameters.
AI-assisted summary
-
Beverloo equation mispredicts soft-particle silo flow at different outlet sizes
This research indicates that the Beverloo equation underpredicts flow rates for small outlet sizes and overpredicts them for large outlet sizes in quasi-2D flows of soft spheres, with the crossover linked to granular temperature and particle squishiness.
AI-assisted summary
-
Silicon photonic chip enables flexible millimeter-wave signal synthesis
This research indicates that a silicon photonic chip with a reconfigurable optical frequency comb can generate and demodulate flexible millimeter-wave signals, including single-frequency, multi-frequency, and vector signals.
AI-assisted summary